Titlebook: Crossroad of Maxwell Demon; Xavier Bouju,Christian Joachim Conference proceedings 2024 The Editor(s) (if applicable) and The Author(s), un

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https://doi.org/10.1007/978-3-642-70167-2molecule-rotors. For the rotation to be unidirectional, these barriers must be asymmetric. We study two systems. The first is an acetylene molecule which rotates on a basin formed by a Pd trimer on a chiral PdGa surface. The second are DMBI derivatives on the (111) surface of gold, which rotate afte

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https://doi.org/10.1007/978-3-642-70167-2on an Au(111) surface, exploring their one-way rotation induced by tunneling electrons and thermally-induced random rotation rates. By optimizing the parameters of temperature and tunneling current, we identified a narrow voltage range that enhances unidirectional rotation without inelastic tunnelin

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Conference proceedings 2024IM European project (Energy Storage Inside Molecule(s)). The book explores the intersection and convergence of various perspectives, disciplines, and research areas related to a modern version of the Maxwell demon at the nanoscale. It presents interdisciplinary perspectives on topics such as intramo

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Yeongbae Choe,Daniel R. Fesenmaiercount of the role of information in physical systems. In this chapter, we present a pedagogical review of these concepts and apply them to a specific energy transducer at the nanoscale, which couples the tunnel transport of electrons through a carbon nanotube with its mechanical oscillations.

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https://doi.org/10.1007/978-3-642-70167-2g effects. By the quantum mixing of the ground and excited states occurring at each tunneling electron transfer event through the molecule-rotor, the thermal energy can be projected in part on the excited states of the molecule-rotor to enhance the one-way rotation effect in a bias voltage range where inelastic tunneling effects are nearly absent.

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Zheng Xiang,Daniel R. Fesenmaierr coarse-grained dynamics resembles an external feedback loop. We find that the minimal three-level implementation is most efficient in utilizing heat dissipation to change the entropy balance of the effective controlled system.

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,How Small Can Maxwell’s Demon Be?,r coarse-grained dynamics resembles an external feedback loop. We find that the minimal three-level implementation is most efficient in utilizing heat dissipation to change the entropy balance of the effective controlled system.

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